Foldable and deformable handbag

ABSTRACT

A foldable and deformable handbag includes a bag body with an upward opening. The bag body includes a left bag wall, a right bag wall, a front bag wall, a rear bag wall, and a bottom bag wall. The front bag wall and the rear bag wall are symmetrically arranged and include a first folding line along a height direction thereof. A first movable connecting piece is arranged on one side of each first folding line. The left bag wall and the right bag wall are symmetrically arranged and include a second movable connecting piece. Each first movable connecting piece is connected with a corresponding second movable connecting piece when the bag body is folded along each first folding line. Main handles are arranged the front bag wall and the rear bag wall. Bottom plate for supporting the bottom bag wall are arranged on the bottom bag wall.

TECHNICAL FIELD

The present disclosure relates to a technical field of display technology, and in particular to a foldable and deformable handbag.

BACKGROUND

Handbags are widely used for home storage and outings, and are used as car storage bags. When used as a car storage bag, a handbag needs to be set to a regular shape as much as possible because of a limited space in a trunk of a car. The handbag also needs to have a hard shell and have hands to facilitate getting on and off the car. In addition, the handbag should ideally be folded flat when not in use for easy storage. However, most of the conventional car storage bags are hard shell bags with handles on both sides, which are unable to be effectively folded. Moreover, most of the conventional car storage bags are of fixed size. Consumers need to purchase a variety of storage bags of different sizes to cope with daily use.

The present disclosure provides a foldable and deformable handbag, which comprises hard shells for support, has a regular shape, is effectively folded, and is foldable into a flat shape for storage when not in use. Further, the handbag of the present disclosure is switchable from a large bag to a small bag by folding from one side of the handbag, so practicability of the handbag of the present disclosure is very strong.

SUMMARY

In order to overcome deficiencies of the prior art, purpose of the present disclosure is to provide a foldable and deformable handbag to solve technical problems mentioned in the prior art.

In order to solve the technical problem, the present disclosure adopts following technical schemes.

A foldable and deformable handbag comprises a bag body with an upward opening. The bag body comprises a left bag wall, a right bag wall, a front bag wall, a rear bag wall, and a bottom bag wall. The front bag wall and the rear bag wall are symmetrically arranged. Both of the front bag wall and the rear bag wall comprises a first folding line along a height direction thereof. A first movable connecting piece is arranged on one side of each first folding line. The left bag wall and the right bag wall are symmetrically arranged. A second movable connecting piece is arranged on one side of any one of the left bag wall and the right bag wall. Each first movable connecting piece is connected with a corresponding second movable connecting piece when the bag body is folded along each first folding line. A main handle is arranged at one side of any one of the front bag wall and the rear bag wall. Bottom plate are arranged on the bottom bag wall of the bag body. The bottom plates are rotatble and are configured to support the bag body.

Furthermore, each second movable connecting piece is selected from one of a male Velcro or a female Velcro and each first movable connecting piece is selected from one of the female Velcro or the male Velcro matched with the corresponding second movable connecting piece. Each male Velcro/female Velcro is connected with the bag body through a connecting belt, so that each first movable connecting piece is bonded to the corresponding second movable connecting piece when the bag body is folded along each first folding line. A second folding line is arranged on one side of each first folding line.

Furthermore, a side handle is arranged on any one of the left bag wall and the right bag wall.

Furthermore, a net pocket assembly is arranged on an outer wall of any one of the left bag wall and the right bag wall. Each net pocket assembly is configured to receive external articles.

Furthermore, each net pocket assembly comprises dividing lines arranged along a height direction of each net pocket assembly. The dividing lines of each net pocket assembly divide each net pocket assembly into a plurality of net pockets.

Furthermore, a hidden pocket is arranged on an inner wall of the left bag wall or an inner wall of the right bag wall. The hidden pocket is configured to receive external articles. The hidden pocket is closed by a zipper.

Furthermore, a reinforcing strap is arranged on any one of an upper portion of the left bag wall and an upper portion of the right bag wall. Each second movable connecting piece is sewn on a corresponding reinforcing belt. Each side handle is sewn on an inner side of a corresponding reinforcing belt.

Furthermore, at least two inner cavities are symmetrically arranged on any one of the front bag wall and the rear bag wall. An inner support piece configure to support the bag body is arranged in each of the inner cavities.

Furthermore, one side of each of the bottom plates is fixedly sewed with one edge of a top surface of the bottom bag wall.

Furthermore, one side of each of the bottom plates is movably connected with one edge of a top surface of the bottom bag wall through Velcro, a movable button, or a zipper.

Compared with the prior art, the foldable and deformable handbag of the present disclosure has a flexible bag body, and the foldable and deformable handbag is used as a large handbag or used as a small handbag by folding from one side of the bag body.

The foldable and deformable handbag of the present disclosure has a flat shape after being folded, which is convenient for carrying and storage.

The foldable and deformable handbag of the present disclosure comprises steel rings, making a structure of the bag body stable. Sutures between each two adjacent steel rings are as folding lines to assist folding of the bag body.

The foldable and deformable handbag of the present disclosure realizes flexibility and change of a size of the bag body through the Velcro.

Handles are arranged on four sides of the foldable and deformable handbag of the present disclosure, making the foldable and deformable handbag convenient to be lifted from any two sides.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 is a perspective schematic diagram of a foldable and deformable handbag of the present disclosure.

FIG. 2 is a top schematic diagram of the foldable and deformable handbag of the present disclosure where bottom plates are rotated up.

FIG. 3 is a top schematic diagram of the foldable and deformable handbag of the present disclosure where the bottom plates are assembled.

FIG. 4 is a structural schematic diagram of the foldable and deformable handbag half folded along first folding lines.

FIG. 5 is a structural schematic diagram of the foldable and deformable handbag fully folded along the first folding lines and second folding lines.

FIG. 6 is a structural schematic diagram showing inner cavities and steel rings in a front bag wall and a rear bag wall of the present disclosure.

FIG. 7 is a structural schematic diagram of the foldable and deformable handbag where the bottom plates are respectively arranged on a left bag wall and a right bag wall.

FIG. 8 is a structural schematic diagram of the foldable and deformable handbag where the bottom plates are rotated toward the bottom bag wall.

FIG. 9 is a structural schematic diagram of the foldable and deformable handbag where the bottom plates are arranged on the bottom bag wall and the bag body are fully opened.

FIG. 10 is a top structural schematic diagram showing a process where the bag body is half folded along the first folding lines.

FIG. 11 is a top structural schematic diagram showing a process where the bag body is fully folded along the first folding lines and the second folding lines.

In the drawings:

Bag body-1; first folding line-2; first movable connecting piece-3; second movable connecting piece-4; main handle-5; bottom plate-6; left bag wall-7; right bag wall- 8; front bag wall-9; rear bag wall-10; bottom bag wall-11; second folding line-13; side handle-14; reinforcing band-19; inner cavity-20; inner support piece-21.

DETAILED DESCRIPTION

The present disclosure will be further described below with reference to the accompanying drawings and specific embodiments. It should be noted that, on the premise of no conflict, the embodiments or technical features described below can be combined arbitrarily to form new embodiments.

As shown in FIGS. 1-11 , the present disclosure provides a foldable and deformable handbag. The foldable and deformable handbag comprises a bag body 1 with an upward opening. The bag body 1 comprises a left bag wal 71, a right bag wall 8, a front bag wall 91, a rear bag wall 10, and a bottom bag wall 11.The left bag wall 7 and the right bag wall 8 are made of hard shell material, The front bag wall 9 and the rear bag wall 10 are symmetrically arranged. Both of the front bag wall 9 and the rear bag wall 10 comprises a first folding line 2 along a height direction thereof. A first movable connecting piece 3 is arranged on one side of each first folding line 2. The left bag wall 7 and the right bag wall 8 are symmetrically arranged. A second movable connecting piece 4 is arranged on one side of any one of the left bag wall 7 and the right bag wall 8. Each first movable connecting piece 3 is connected with a corresponding second movable connecting piece 4 when the bag body 1 is folded along each first folding line 2. A main handle 5 is arranged at one side of any one of the front bag wall 9 and the rear bag wall 10. Bottom plate 6 are arranged on the bottom bag wall 11 of the bag body 1. The bottom plates 6 are rotatble and are configured to support the bag body 1.The first folding lines 2 are arranged on a position of a central axis of the front bag wall 9 and a position of a central axis of the rear bag wall 10 of the bag body 1, or the first folding lines 2 are arranged on a position of a quarter axis of the front bag wall 9 and a position of a quarter axis of the rear bag wall 10 of the bag body 1.

When the first folding lines 2 are arranged on the position of the central axis of the front bag wall 9 and the position of the central axis of the rear bag wall 10 of the bag body 1, the bag body is half folded along the first folding lines 2 from one side. When the first folding lines 2 are arranged on a position of a quarter axis of the front bag wall 9 and a position of a quarter axis of the rear bag wall 10 of the bag body 1, a quarter of the bag body 1 is folded along the first folding lines 2. Of course, two first folding lines are provided. In another embodiment, when the first folding lines 2 are respectively arranged on a position of a quarter axis of the front bag wall 9/rear bag wall 10 and a position of a three quarter axis of the rear bag wall 10/ front bag wall 9, the bag body 1 is fully folded along the first folding lines 2.

The bottom plates 6 are made of hard shell material and are rotatable around a certain edge connected with the bag body 1. The bottom plates 6 are connected with the bag body 1 through sewing, Velcro, zipper or other connection methods. When the bottom plates 6 are rotated to be arranged on the bottom bag wall 11 of the bag body 1, the bottom plates 6 fully open unfold the bottom bag wall of the bag body 1, and the bottom plates 6 are configured as a bottom support when placing items in normal use. Further, when the bottom plates 6 are rotated vertically, since the bottom bag wall 11 of the bag body 1 is made of soft cloth, so the bottom bag wall 11 is foldable through the first folding lines 2 at this time.

Specifically, the left bag wall 7 and the right bag wall 8 are made of the hard shell material. The specific manufacturing method of the left bag wall 7 and the right bag wall 8 to sew cavities with cloth, and then insert a hard shell cardboard, PE board, etc. into each of the cavities, and then a top portion of each of the cavities are sewn to seal the cavities. The front bag wall 9 and the rear bag wall 10 are optionally made of soft cloth.

The first folding lines 2 are optionally arranged on symmetrical positions of the front bag wall 9 and the rear bag wall 10. Specifically, the first movable connecting pieces 3 are respectively arranged on the position of the central axis of the front bag wall 9 and the position of the central axis of the rear bag wall 10. The second movable connecting pieces 4 are respectively arranged on one side of the left bag wall 7 close to an edge of the left bag wall 7 and one side of the right bag wall 8 close to an edge of the right bag wall 8. Each second movable connecting piece 4 is selected from one of a male Velcro or a female Velcro and each first movable connecting piece 3 is selected from one of the female Velcro or the male Velcro matched with the corresponding second movable connecting piece 4. One end of each male Velcro/female Velcro is connected with the bag body through a connecting belt, so that each first movable connecting piece is bonded to the corresponding second movable connecting piece when the bag body is folded along each first folding line.

optionally, each first movable connecting piece 3 is the male Velcro with hooks arranged on a surface of the male Velcro, which is arranged on the central axis of the front bag wall 9 or the central axis of the rear bag wall 10 through the connecting belt. Each second movable connecting piece 4 is a female Velcro with a rough surface. Each second movable connecting piece 4 is arranged on the edge of the left bag wall 7 or the edge of the right bag wall 8. When the bag body 1 is folded along the first folding lines 2, each male Velcro is bonded to the corresponding female Velcro by bending the connecting belt. At this time, the bag body is half folded or fully folded.

A second folding line 13 is arranged on one side of each first folding line 2. Specifically, a difference between the second folding lines 13 relative to the first folding line 2 is only the difference in the folding effect. For example, when there are only the first folding lines 2, there are two kinds of folding results. The first one is that the first folding lines 2 are arranged on the position of the quarter axis of the front bag wall 9 and the position of the quarter axis of the rear bag wall 10. At this time, when folding along the first folding lines 2, a folding method is that the front bag wall 9 and the rear bag wall 10 are folded inward along the first folding lines 2, and finally the bag body is half folded, which satisfy some customers who want to switch a large bag body to a small bag body.

The second one is that: the first folding lines 2 are arranged on the position of the central axis of the front bag wall 9 or the position of the central axis of the rear bag wall 10. At this time, when folding along the first folding lines 2, a folding method is to fold one of the front bag wall 9 and the rear bag wall 10 inwardly and fold the other one outwardly. Finally, the bag body 1 is fully folded.

When the second folding lines 13 are configured, it is optional that the first folding lines 2 are arranged on the position of the quarter axis of the front bag wall 9 and the position of the quarter axis of the rear bag wall 10 and the second folding lines 13 are respectively arranged on the position of the three quarter axis of the rear bag wall 10 and the position of the three quarter axis of the front bag wall 9, At this time, the number of the male Velcro and the female Velcro is doubled. The side is still the side where the second fold line 13 is closed. In the embodiment, no matter the bag body 1 is folded along the first folding lines 2 or the second folding lines 13, a folding direction is always inward. When the bag body is folding along the first folding lines 2 or the second lines 13 to half folded the bag body, so that the bag body is switched to a small bag body. Alternatively, the bag body 1 is folded along the first folding lines 2 and the second lines 13, so the bag body is fully folded in to a flat bag body that is convenient for store.

In order to enrich the handle function of the bag body 1, a side handle 14 is arranged on any one of the left bag wall 7 and the right bag wall 8. The main handles 5 are used as handles only when the bag body 1 is fully unfolded. When the bag body 1 is folded from one side, the main handles 5 are unable to be used. Compared with the main handles 5, the side handles 14 are used as the handles whether the bag body 1 is folded from one side or the whole bag body 1 is fully unfolded.

In order to enrich the storage function of the bag body 1, a net pocket assembly is arranged on an outer wall of any one of the left bag wall and the right bag wall. Each net pocket assembly is configured to receive external articles .Each net pocket assembly comprises dividing lines 16 arranged along a height direction of each net pocket assembly. The dividing lines 16 of each net pocket assembly divide each net pocket assembly into a plurality of net pockets 15, which improve a storage classification function of the bag body 1.

In order to enrich the storage function of the bag body 1, a hidden pocket 17 is arranged on an inner wall of the left bag wall 7 or an inner wall of the right bag wall 8. The hidden pocket 17 is configured to receive external articles. The hidden pocket 17 is closed by a zipper 18.

Specifically, a reinforcing strap 19 is arranged on any one of an upper portion of the left bag wall 7 and an upper portion of the right bag wall 8. Each second movable connecting piece 4 is sewn on a corresponding reinforcing belt 19. Each side handle 14 is sewn on an inner side of a corresponding reinforcing belt 19 to increase the strength when carrying. Specifically, each reinforcing belt 19 is a long strip made of hard fabric.

Specifically, in order to better support and fold the front bag wall 9 and the rear bag wall 10, at least two inner cavities 20 are symmetrically arranged on any one of the front bag wall 8 and the rear bag wall 9. An inner support piece 21 configure to support the bag body 1 is arranged in each of the inner cavities 20. Each inner support piece 21 is a steel ring or a rectangular plate, etc.. Optionally, each inner support piece 21 is the steel ring. The steel ring is selected from a ring steel ring or a rounded rectangular steel ring. Each two adjacent inner cavities 20 are separated by sutures. In the embodiment, sutures between each two adjacent inner cavities 20 are configured as the first folding line 2 and the second folding line 13. There are four inner cavities 20 arranged on any one of the front bag wall 9 and the rear bag wall 10; so a total number of the inner cavities 20 is eight. Therefore, there are inner support pieces 21 corresponding to the eight inner cavities. The suture between two adj acent inner cavities arranged on a leftmost side are configured as the first folding lines 2, while the sutures between two adjacent inner cavities arranged on a rightmost side are configured as the second folding lines 13. The first movable connecting pieces 3 are connected with the outer fabric between the two inner cavities 20 arranged on a center of the bag body. The specific method is to sew each connecting belt on the sutures of the two inner cavities 20 at the middle position, and the male Velcro with the hooks are sewed on inner sides of two protruding ends of each connecting belt. Folding between each two adjacent inner support pieces 21 is realize by folding with the sutures thereof as a rotating shaft, so the front bag wall 9 and the rear bag wall 10 are half folded or fully folded, which is very convenient.

Specifically, one side of each of the bottom plates 6 is fixedly sewed with one edge of a top surface of the bottom bag wall 11. That is, a certain edge of each of the bottom plates 6 made of the hard shell material is fixedly connected to a certain edge of the bottom bag wall 11. In the embodiment, two bottom plates are provided. It is understood that in other embodiments, the number of the bottom plates 6 can be one, two, or more, because the bottom plates 6 are rotatable around connecting positions at the bottom bag wall 1. The bottom plates are rotated downward to support the bottom bag wall when the bag body is used. The bottoms plats 6 are folded up when they are not in use.

In another embodiment, one side of each of the bottom plates 6 is movably connected with one edge of a top surface of the bottom bag wall 11 through Velcro, a movable button, or a zipper. That is, a certain edge of each of the bottom plates 6 made of the hard shell material is detachably connected to a certain edge of the bottom bag wall 11.

The above-mentioned embodiments are only optional embodiments of the present disclosure, and are not intended to limit the protection scope of the present disclosure. Any insubstantial changes and substitutions made by those skilled in the art on the basis of the present disclosure should fall within belong to the protection scope of the present disclosure. 

What is claimed is:
 1. A foldable and deformable handbag, comprising: a bag body with an upward opening; wherein the bag body comprises a left bag wall, a right bag wall, a front bag wall, a rear bag wall, and a bottom bag wall; the front bag wall and the rear bag wall are symmetrically arranged; both of the front bag wall and the rear bag wall comprise a first folding line along a height direction of the bag body; a first movable connecting piece is arranged on one side of each first folding line; the left bag wall and the right bag wall are symmetrically arranged; a second movable connecting piece is arranged on one side of any one of the left bag wall and the right bag wall; each first movable connecting piece is connected with a corresponding second movable connecting piece when the bag body is folded along each first folding line; a main handle is arranged at one side of any one of the front bag wall and the rear bag wall; bottom plates are arranged on the bottom bag wall of the bag body; the bottom plates are rotatble and are configured to support the bottom bag wall.
 2. The foldable and deformable handbag according to claim 1, wherein each second movable connecting piece is selected from one of a male Velcro or a female Velcro and each first movable connecting piece is selected from one of the female Velcro or the male Velcro matched with the corresponding second movable connecting piece; each male Velcro or each female Velcro is connected with the bag body through a connecting belt, so that each first movable connecting piece is bonded to the corresponding second movable connecting piece when the bag body is folded along each first folding line; a second folding line is arranged on one side of each first folding line.
 3. The foldable and deformable handbag according to claim 1, wherein a side handle is arranged on any one of the left bag wall and the right bag wall.
 4. The foldable and deformable handbag according to claim 1, wherein a net pocket assembly is arranged on an outer wall of any one of the left bag wall and the right bag wall; each net pocket assembly is configured to receive external articles.
 5. The foldable and deformable handbag according to claim 4, wherein each net pocket assembly comprises dividing lines arranged along a height direction of each net pocket assembly; the dividing lines of each net pocket assembly divide each net pocket assembly into a plurality of net pockets.
 6. The foldable and deformable handbag according to claim 1, wherein a hidden pocket is arranged on an inner wall of the left bag wall or an inner wall of the right bag wall; the hidden pocket is configured to receive external articles; the hidden pocket is closed by a zipper.
 7. The foldable and deformable handbag according to claim 3, wherein a reinforcing strap is arranged on any one of an upper portion of the left bag wall and an upper portion of the right bag wall; each second movable connecting piece is sewn on a corresponding reinforcing belt; each side handle is sewn on an inner side of a corresponding reinforcing belt.
 8. The foldable and deformable handbag according to claim 1, wherein at least two inner cavities are symmetrically arranged on any one of the front bag wall and the rear bag wall; an inner support piece configure to support the bag body is arranged in each of the inner cavities.
 9. The foldable and deformable handbag according to claim 1, wherein one side of each of the bottom plates is fixedly sewed with one edge of a top surface of the bottom bag wall.
 10. The foldable and deformable handbag according to claim 1, wherein one side of each of the bottom plate is movably connected with one edge of a top surface of the bottom bag wall through Velcros, a movable button, or a zipper.
 11. The foldable and deformable handbag according to claim 3, wherein a hidden pocket is arranged on an inner wall of the left bag wall or an inner wall of the right bag wall; the hidden pocket is configured to receive external articles; the hidden pocket is closed by a zipper.
 12. The foldable and deformable handbag according to claim 4, wherein a hidden pocket is arranged on an inner wall of the left bag wall or an inner wall of the right bag wall; the hidden pocket is configured to receive external articles; the hidden pocket is closed by a zipper. 